The Uninterruptible Power Supply (UPS) system provides MW-level integrated power supply and distribution services for medium and large data centers. By highly integrating 10 kV distribution, transformers, incoming cabinets, bus-coupler cabinets, power compensation cabinets, UPS systems, output cabinets, and maintenance bypass cabinets, the system enables flexible customization based on project requirements.
This solution features high intelligence, high energy efficiency, high reliability, compact power density, and large capacity. It is also designed for easy daily maintenance, ensuring efficient and stable system operation.
High-density loads, focusing on integrated solutions and fast delivery
Financial & Government Data Centers
High reliability requirements, emphasizing redundancy and maintenance bypass configurations
AI High-Performance Computing Data Centers
Frequent load fluctuations and capacity expansion needs, focusing on modular design and power density
Product Description
1
Transformer: The system adopts a Grade 1 energy-efficient amorphous alloy transformer, effectively reducing no-load losses by 60%–80%.
2
Incoming Cabinet: Controls power flow switching between the transformer’s low-voltage side and the low-voltage distribution cabinet.
3
Bus Coupler Cabinet: Primarily used to connect two main busbars and manage switching operations.
4
SVG/APF: Responsible for reactive power and harmonic compensation, improving system efficiency and stability while optimizing power factor.
5
UPS: Supports modular or tower-type UPS configurations, ensuring continuous and stable power supply.
Product Features
Space Saving
The system adopts a high-density integrated design, saving approximately 50% of space, making it especially suitable for space-constrained applications.
Cost Reduction
Optimized energy flow reduces energy losses by about 30%, improving overall economic efficiency.
Reduced Installation Time
With prefabricated delivery and modular assembly, the system delivery cycle is shortened to 2 weeks, saving about 40% of construction time compared with traditional methods.
Energy Efficiency
Equipped with a Grade 1 energy-efficient amorphous alloy transformer, the system can save approximately 11,000 kWh per year (based on a 2500 kVA configuration).
High Reliability
Supports multiple redundancy architectures such as N+1 and 2N, ensuring uninterrupted power supply even in case of faults, and guaranteeing continuous operation of critical loads.
Intelligent Operation & Maintenance
Built-in monitoring and alarm functions support remote inspection and fault logging, enabling more efficient O&M management.
Main Parameters
Transformer Input
10kv AC 50/60Hz
Transformer Capacity
1.25MVA- 2.5MVA
Feeder Cabinet Switch Ratings
630A、 400A、 250A、 160A、 100A
Operating Temperature
-5~40℃
Implementation Standard
GB/T 19939-2005 Technical requirements for power transformers
GB/T 18655-2010General technical requirements for power system automation equipment
IEC 62040 SeriesUninterruptible power systems (UPS)
ISO 50001:2018Energy management systems requirements
Technical Advantages
Smart Terminal
An integrated sensing and communication device with simple installation and reduced wiring requirements.
Customer Dashboard
A centralized, visualized, and intelligent management platform for transformers.
AI Safety Operation Model
Uses big data analytics to identify potential risks in advance and enable predictive fault detection.
Maintenance Mini Program
Enables remote management and proactive maintenance, reducing on-site visits and improving operational convenience.
